Guidewire implementation and insurance system modernization services
OpenTeQ is a specialized IT services firm focused on Guidewire deployments and insurance platform modernization. The tech stack is heavily concentrated on the Guidewire ecosystem (ClaimCenter, PolicyCenter, BillingCenter, Integration Gateway, and Cloud Platform), with supporting infrastructure in Java, Jenkins, and MuleSoft. The adoption signal—Guidewire Cloud Platform—combined with active projects around cloud migrations and billingcenter integrations, indicates OpenTeQ is helping clients move from legacy on-premise insurance systems to cloud-native Guidewire architectures. Hiring is engineering-heavy with accelerating velocity, primarily in India, suggesting scaling capacity for delivery.
OpenTeQ is an IT services and systems integration firm founded in 2015, headquartered in Irving, Texas, with 201–500 employees. The company specializes in Guidewire consulting, custom application development, cloud services, QA and test automation, mobile development, and IT staff augmentation. Core service lines include NetSuite ERP, SAP, Salesforce, and Guidewire implementations—with Guidewire representing the largest technical footprint. OpenTeQ operates with a client-first model, serving mid-market and enterprise customers in the insurance and financial services sectors. The company has earned Great Place to Work certification, reflecting its emphasis on employee trust and workplace culture.
OpenTeQ's primary stack centers on Guidewire (ClaimCenter, PolicyCenter, BillingCenter, Cloud Platform, Studio, Integration Gateway), with Java, Jenkins, Git, MuleSoft, SQL, REST, and SOAP as supporting technologies. They are actively adopting Guidewire Cloud Platform.
Core projects include Guidewire Cloud Platform implementations, Guidewire suite deployments, modernization of legacy insurance systems, BillingCenter payment gateway integrations, and cloud migrations. Staff augmentation and QA services also support these engagements.
Other companies in the same industry, closest in size